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Sigma KEE - Predicate

Predicate(predicate)

appearance as argument number 1

(documentation Predicate ChineseLanguage "Predicate 是一个作句的 Relation，这个 Relation 的每一个元组都是物体有限、有序的的句子。一个特定组员是一个 Predicate 的元素这事实，由 '(predicate arg_1 arg_2 .. arg_n)'来表示， arg_i 是关联的事物。在 BinaryPredicate 的情况下，可以读成 `arg_1 是 predicate arg_2' 或者 `arg_1 的一个 predicate 是 arg_2'。")	chinese_format.kif 1987-1990
(documentation Predicate EnglishLanguage "A Predicate is a sentence-forming Relation. Each tuple in the Relation is a finite, ordered sequence of objects. The fact that a particular tuple is an element of a Predicate is denoted by '(predicate arg_1 arg_2 .. arg_n)', where the arg_i are the objects so related. In the case of BinaryPredicates, the fact can be read as `arg_1 is predicate arg_2' or `a predicate of arg_1 is arg_2'.")	Merge.kif 3233-3239
(subclass Predicate InheritableRelation)	Merge.kif 3231-3231	Predicate is a subclass of inheritable relation
(subclass Predicate Relation)	Merge.kif 3230-3230	Predicate is a subclass of relation

appearance as argument number 2

(instance contraryAttribute Predicate)	Merge.kif 454-454	contrary attribute is an instance of predicate
(instance disjointDecomposition Predicate)	Merge.kif 565-565	disjoint decomposition is an instance of predicate
(instance exhaustiveAttribute Predicate)	Merge.kif 487-487	exhaustive attribute is an instance of predicate
(instance exhaustiveDecomposition Predicate)	Merge.kif 547-547	exhaustive decomposition is an instance of predicate
(instance partition Predicate)	Merge.kif 581-581	partition is an instance of predicate
(instance processList Predicate)	QoSontology.kif 684-684	process list is an instance of predicate
(partition Relation Predicate Function)	Merge.kif 2076-2076	Relation is exhaustively partitioned into predicate and function
(subclass BinaryPredicate Predicate)	Merge.kif 3367-3367	Binary predicate is a subclass of predicate
(subclass LogicalOperator Predicate)	Merge.kif 3439-3439	Logical operator is a subclass of predicate
(subclass QuaternaryPredicate Predicate)	Merge.kif 3389-3389	Quaternary predicate is a subclass of predicate
(subclass QuintaryPredicate Predicate)	Merge.kif 3400-3400	Quintary predicate is a subclass of predicate
(subclass TernaryPredicate Predicate)	Merge.kif 3378-3378	Ternary predicate is a subclass of predicate
(termFormat ChineseLanguage Predicate "谓语")	chinese_format.kif 915-915
(termFormat EnglishLanguage Predicate "predicate")	english_format.kif 1042-1042

appearance as argument number 3

(domain defaultMaxValue 1 Predicate)	Merge.kif 17584-17584	The number 1 argument of defaultMaxValue is an instance of predicate
(domain defaultMinValue 1 Predicate)	Merge.kif 17567-17567	The number 1 argument of defaultMinValue is an instance of predicate
(domain defaultValue 1 Predicate)	Merge.kif 17600-17600	The number 1 argument of defaultValue is an instance of predicate
(domain maxValue 1 Predicate)	Merge.kif 17550-17550	The number 1 argument of maxValue is an instance of predicate
(domain minValue 1 Predicate)	Merge.kif 17533-17533	The number 1 argument of minValue is an instance of predicate

antecedent

(=> (and (domain ?REL ?NUMBER ?CLASS) (instance ?REL Predicate) (?REL @ROW)) (instance (ListOrderFn (ListFn @ROW) ?NUMBER) ?CLASS))	Merge.kif 2894-2899	If the number a positive integer argument of a relation is an instance of a class and the relation is an instance of predicate and the relation @ROW, then the positive integerth element of (@ROW) is an instance of the class
(=> (and (domainSubclass ?REL ?NUMBER ?CLASS) (instance ?REL Predicate) (?REL @ROW)) (subclass (ListOrderFn (ListFn @ROW) ?NUMBER) ?CLASS))	Merge.kif 2901-2906	If the number a positive integer argument of a relation is a subclass of a class and the relation is an instance of predicate and the relation @ROW, then the positive integerth element of (@ROW) is a subclass of the class
(=> (and (exactCardinality ?REL ?ARG 1) (instance ?REL Predicate) (?REL @ARGS) (equal ?X (ListOrderFn (ListFn @ARGS) ?ARG)) (equal ?Y (ListOrderFn (ListFn @ARGS) ?ARG))) (equal ?X ?Y))	Media.kif 2108-2115	If there can be 1 values to argument a positive integer of a relation and the relation is an instance of predicate and the relation @ARGS and another entity is equal to the positive integerth element of (@ARGS) and a fourth entity is equal to the positive integerth element of (@ARGS), then the other entity is equal to the fourth entity
(=> (and (exactCardinality ?REL ?ARG 1) (instance ?REL Predicate) (?REL @ARGS) (equal ?X (ListOrderFn (ListFn @ARGS) ?ARG))) (not (exists (?Y) (and (equal ?Y (ListOrderFn (ListFn @ARGS) ?ARG)) (not (equal ?X ?Y))))))	Media.kif 2095-2105	If there can be 1 values to argument a positive integer of a relation and the relation is an instance of predicate and the relation @ARGS and another entity is equal to the positive integerth element of (@ARGS), then there doesn't exist a fourth entity such that the fourth entity is equal to the positive integerth element of (@ARGS) and the other entity is not equal to the fourth entity
(=> (and (exactCardinality ?REL ?ARG 1) (instance ?REL Predicate)) (exists (?X @ARGS) (and (?REL @ARGS) (equal ?X (ListOrderFn (ListFn @ARGS) ?ARG)) (not (exists (?Y) (and (equal ?Y (ListOrderFn (ListFn @ARGS) ?ARG)) (not (equal ?X ?Y))))))))	Media.kif 2077-2092	If there can be 1 values to argument a positive integer of a relation and the relation is an instance of predicate, then there exist an entity and @ARGS such that the relation @ARGS and the entity is equal to the positive integerth element of (@ARGS) and there doesn't exist a fourth entity such that the fourth entity is equal to the positive integerth element of (@ARGS) and the entity is not equal to the fourth entity
(=> (and (exactCardinality ?REL ?ARG ?COUNT) (instance ?REL Predicate)) (exists (?S) (and (instance ?S SetOrClass) (=> (and (?REL @ARGS) (equal ?EL (ListOrderFn (ListFn @ARGS) ?ARG))) (and (instance ?EL ?S) (equal (CardinalityFn ?S) ?COUNT))))))	Media.kif 2134-2147	If there can be an integer values to argument a positive integer of a relation and the relation is an instance of predicate, then there exists a class such that the class is an instance of set or class and if the relation @ARGS and another entity is equal to the positive integerth element of (@ARGS), then the other entity is an instance of the class and the number of instances in the class is equal to the integer
(=> (and (instance ?REL1 Predicate) (instance ?REL2 Predicate) (disjointRelation ?REL1 ?REL2) (?REL1 @ROW2)) (not (?REL2 @ROW2)))	Merge.kif 446-452	If a relation is an instance of predicate and another relation is an instance of predicate and the relation and the other relation are disjoint and the relation @ROW2, then the other relation @ROW2
(=> (and (irreflexiveOn ?RELATION ?CLASS) (instance ?RELATION Predicate)) (forall (?INST) (=> (instance ?INST ?CLASS) (not (?RELATION ?INST ?INST)))))	Merge.kif 3517-3525	If a binary relation is irreflexive on a class and the binary relation is an instance of predicate, then for all an entity if the entity is an instance of the class, then the binary relation the entity and the entity
(=> (and (maxCardinality ?REL ?ARG ?COUNT) (instance ?REL Predicate)) (exists (?S) (and (instance ?S SetOrClass) (=> (and (?REL @ARGS) (equal ?EL (ListOrderFn (ListFn @ARGS) ?ARG))) (and (instance ?EL ?S) (lessThanOrEqualTo (CardinalityFn ?S) ?COUNT))))))	Media.kif 2205-2218	If there can be at most an integer values to argument a positive integer of a relation and the relation is an instance of predicate, then there exists a class such that the class is an instance of set or class and if the relation @ARGS and another entity is equal to the positive integerth element of (@ARGS), then the other entity is an instance of the class and the number of instances in the class is less than or equal to the integer
(=> (and (minCardinality ?REL ?ARG ?COUNT) (instance ?REL Predicate)) (exists (?S) (and (instance ?S SetOrClass) (=> (and (?REL @ARGS) (equal ?EL (ListOrderFn (ListFn @ARGS) ?ARG))) (and (instance ?EL ?S) (greaterThanOrEqualTo (CardinalityFn ?S) ?COUNT))))))	Media.kif 2170-2183	If there are at least an integer values to argument a positive integer of a relation and the relation is an instance of predicate, then there exists a class such that the class is an instance of set or class and if the relation @ARGS and another entity is equal to the positive integerth element of (@ARGS), then the other entity is an instance of the class and the number of instances in the class is greater than or equal to the integer
(=> (and (reflexiveOn ?RELATION ?CLASS) (instance ?RELATION Predicate)) (forall (?INST) (=> (instance ?INST ?CLASS) (?RELATION ?INST ?INST))))	Merge.kif 3499-3506	If a binary relation is reflexive on a class and the binary relation is an instance of predicate, then for all an entity if the entity is an instance of the class, then the binary relation the entity and the entity
(=> (and (subrelation ?REL1 ?REL2) (instance ?REL1 Predicate) (instance ?REL2 Predicate) (?REL1 @ROW)) (?REL2 @ROW))	Merge.kif 190-196	If a relation is a subrelation of another relation and the relation is an instance of predicate and the other relation is an instance of predicate and the relation @ROW, then the other relation @ROW
(=> (and (trichotomizingOn ?RELATION ?CLASS) (instance ?RELATION Predicate)) (forall (?INST1 ?INST2) (=> (and (instance ?INST1 ?CLASS) (instance ?INST2 ?CLASS)) (or (?RELATION ?INST1 ?INST2) (?RELATION ?INST2 ?INST1) (equal ?INST1 ?INST2)))))	Merge.kif 3570-3582	If a binary relation is trichotomizing on a class and the binary relation is an instance of predicate, then for all an entity and another entity if the entity is an instance of the class and the other entity is an instance of the class, then the binary relation the entity and the other entity or the binary relation the other entity and the entity or the entity is equal to the other entity
(=> (and (valence ?REL ?NUMBER) (instance ?REL Predicate)) (forall (@ROW) (=> (?REL @ROW) (equal (ListLengthFn (ListFn @ROW)) ?NUMBER))))	Merge.kif 2944-2951	If a relation %&has a positive integer argument(s) and the relation is an instance of predicate, then for all @ROW if the relation @ROW, then length of (@ROW) is equal to the positive integer

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